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A Smart Approach for Bimodal Biometric Authentication in Home-Exams (SABBAH Model)


Affiliations
1 Open Learning Center, Al-Quds Open University, Ramallah, Palestinian Territory, Occupied
2 Information Technology Department, Cairo University, Giza, Egypt
     

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This paper presents a secure and smart model for summative e-assessment, where exams can be conducted distantly,e.g. at home. This model aims to provide e-learning systems with an authentication approach that guarantees minimum cheating in summative e-assessment. It utilizes a combination of automatic video matching and continuous bimodal biometric authentication using fingerprint and keystroke dynamics. This ensures that the examinee is the correct person on the other side throughout the e-examinationwithout a need for a proctor. It is based on one of the open source elearningand content management systems. Moreover, it employs amedia server, a suitable media encoder, and the necessaryapplication programming interfaces (APIs). Finally, its implementation requires advanced algorithms of video matching and feature extraction.


Keywords

Authentication, Biometric, e-Assessment, Security.
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  • A Smart Approach for Bimodal Biometric Authentication in Home-Exams (SABBAH Model)

Abstract Views: 192  |  PDF Views: 3

Authors

Yousef W. Sabbah
Open Learning Center, Al-Quds Open University, Ramallah, Palestinian Territory, Occupied
Imane A. Saroit
Information Technology Department, Cairo University, Giza, Egypt
Amira M. Kotb
Information Technology Department, Cairo University, Giza, Egypt

Abstract


This paper presents a secure and smart model for summative e-assessment, where exams can be conducted distantly,e.g. at home. This model aims to provide e-learning systems with an authentication approach that guarantees minimum cheating in summative e-assessment. It utilizes a combination of automatic video matching and continuous bimodal biometric authentication using fingerprint and keystroke dynamics. This ensures that the examinee is the correct person on the other side throughout the e-examinationwithout a need for a proctor. It is based on one of the open source elearningand content management systems. Moreover, it employs amedia server, a suitable media encoder, and the necessaryapplication programming interfaces (APIs). Finally, its implementation requires advanced algorithms of video matching and feature extraction.


Keywords


Authentication, Biometric, e-Assessment, Security.